Do you still remember how Lan Yue found Guang Lingyun before the Peach Blossom Land was discovered? Lan Yue could " see " the electromagnetic waves of mobile phones. If this ability was used in the research of nanotechnology, it should have a very amazing effect, Guang Lingyun secretly speculated.
Nowadays, the mainstream nanotechnology in the scientific and technological world was mainly focused on medical nanomachines. The most widely used technology was nanotechnology, but the cost was generally very high. More than ten years had passed, and nanotechnology was still learning to walk. The concept was very advanced, but the fortress of the microscopic world was too powerful, and it was too difficult to realize! The more famous application cases of nanomachines were nanomachines such as nanomachines, genetic repair nanomachines, and nanomachines.
In May 2010, scientists at Colombia University successfully developed a nano-spider robot made of DNA molecules. The robots could walk, move, turn, and stop freely according to the DNA's trajectory, and they could walk freely on the surface of two-dimensional objects. The nano-spider robot was only four nanometres long, which was less than one hundred-thousandth of the diameter of a human hair.
Through programming, scientists could make the nano-spider robots move along specific trajectories. The results of this research showed that once programmed, the nanospider robots could complete tasks automatically without human intervention. Therefore, nanospider robots were considered to be the most ideal tools for medical applications, helping humans identify and kill cancer cells to achieve the purpose of treating cancer, helping people complete surgery, cleaning up artery waste, and other fields. Of course, scientists were still constantly improving the nanospider robots. Their goal was: In the future, he would create a large number of these nanomachines, allowing them to automatically and continuously patrol the body, looking for various disease signals, and providing a basis for doctors to make more accurate diagnosis.
Magnetic nano-particles could enter the human circulatory system for early diagnosis of cancer and other diseases. Nanomachines were actually nanomachines. When you had a cold and fever, the doctor would implant nanomachines into your blood. These robots would detect the source of the cold virus in your body and reach the location of the virus to directly release drugs to kill the virus. It was not just a cold or fever. Under the same mechanism, the nanomachines were good at accurately finding and killing cancer cells, clearing blood clots, removing fat deposits in arteries, cleaning wounds, and crushing stones. An even more incredible application was to use the nanomachines as a medium to connect the nervous system of the human brain with the network system of the outside world. It would bring about an unimaginable revolution in developing the intelligence and potential of the human brain, completely changing the way of life and work, and even the human beings themselves.
Although the imagination was wonderful, and some research institutions in the United States, Japan, and other countries had successfully developed nanomachines for the detection and treatment of various diseases, so far, the nanomachines technology was still in the research and development stage, and no project had really entered the clinical stage.
Charles, an associate professor of chemistry at the University of California, and Liu Chen, a professor of pharmacology at the School of Medicine, led the development of a nanomachine robot that targeted the liver's hepatic-C virus. It was called nanomachine. It was made of gold nanoparticles as the main stent, and its surface was mainly composed of two biological components: It was an protein that could destroy the messenger Ribone-Nucleic Acid (DNA) known as the genetic herald. The messenger Ribone-Nucleic Acid could produce the protein that caused diseases. The other type was a DNA (Detoxifying Ribonite Nucleic Acid) oligonutetide, which could recognize the target's genetic material and notify its partner to carry out the task. The nanozymes could also match the genetic material of the target by cutting it, and use the body's inherent defense mechanism to sneak into the cells without being detected. In experiments, this new type of nano-particle could almost eradicate the infection of the C virus, and its programming also made it possible to resist a variety of diseases, such as cancer and other viral infections.
At this moment, Guangling Yun scrolled through the nanotechnology database and checked the information. To let Blue Moon research technology, they had to give out the target mission and the main research route. It was not enough to just say," Blue Moon, research a nanomachine for us."
That would be too large a range, and the range of applications for nanotechnology would be too wide. The data processing and research time required would increase exponentially. How long would Blue Moon take to develop it? He would develop a bunch of things that he could not use for the time being, wasting precious energy and time to save the Peach Blossom Land.
Guangling Yun hoped to develop robots that could manipulate matter at the atomic level, move atoms and molecules, and then assemble new structures and functions of matter, microscopic machines, and self-replicating nanomachines. It uses simple command switch control, light energy, magnetic energy control and charging technology.
As long as the second generation of nanomachines could be achieved, it would be fine. As for the third generation of intelligent nanomachines that could communicate with humans and were equipped with nanocomputers, Guang Lingyun believed that it was impossible for humans or Blue Moon to develop them for the time being under the existing knowledge framework. To create the third generation of nanomachines, it might require extremely high technology, which might involve the application of space-time characteristics.
This book comes from：m.funovel.com。